Ahmed Raslan

I am an RF Engineer with an in-depth background in nonlinear RF device/circuit characterization, analysis modeling and extensive experience in microwave measurements.

• Self-Initiated Algorithmic Trading Software, Developed a multi-agent trading system that periodically retrieves candlestick data, processes it, and places trades based on monitored risk/reward criteria.
• AI-Based Image Recognition System for Technical Analysis, Created an AI-based image recognition system to identify various technical analysis and candlestick patterns in stock market data.
• Managed Personal Investment Portfolio, Managed a small-scale personal account in stocks, options (NASDAQ, NYSE), FOREX, and cryptocurrency markets for over eight years.

• K. Chuang, H. Yektaii, N. Outaleb, A. Raslan, S. Bhal, and P. Forbes, Towards sustainable networks: attacking energy consumption in wireless infrastructure with novel technologies., IEEE Microwave Magazine, 24, 12, 2023, 44-59
• M. Rejeb, A. Raslan, and S. Boumaiza, Phase calibration for coherent multi-harmonic modulated signal measurements using nonlinear vector network analyzer, 2016 IEEE MTT-S International Microwave Symposium (IMS), 2016
• A. Raslan, and A. Safwat, N-Internal Port Design for Wide Band Electrically Small Antennas with Application for UHF Band, Transactions on Antennas and Propagation, IEEE, 61, 4431 - 4437, 2013
• A. Raslan, A. Ibrahim, and A. Safwat, Resonant type antennas loaded with CRLH unit cell, Antennas and Wireless Propagation Letters, IEEE, 12, 23 – 26, 2013
• A. Darwish, A. Bayba, A. Khorshid, A. Raslan, and H. Hung, Calculation of nonlinear junction temperature for semiconductor devices using linear temperature values, IEEE Transactions on Electronic Devices, 59, 2123-2128, 2012

• Neural Volterra Digital Compensator with Feature and Envelop Neural Networks, Filed and Pending, Developed a novel digital predistortion system architecture inspired by artificial intelligence to enhance radio performance for future wireless systems.
• Neural Volterra System Architecture for Nonlinear Wireless Systems, Filed and Pending, Proposed a fully digital implementation of the Neural Volterra concept, featuring an on-chip back-propagation algorithm for real-time adaptation.
• Multi-Rate Multi-Stage Digital Compensator for Nonlinear Systems, Filed and Pending, Developed a generalized cascade digital predistortion architecture with multiple sample rates.
• Methods and Apparatus for Multiple-Inputs Single-Output Power Amplifiers Efficiency and Bandwidth Enhancement, Filed and Pending, Developed a method to enhance the efficiency, bandwidth, and linearity of power amplifiers in base stations.
• Digital Predistortion System Enhancement with Dynamic Operations, Filed and Pending, Proposed a new architecture to model the dynamic behavior of power amplifiers.
• Generalized digital compensator for wireless systems, Filed, 18/361,697, 09/12/24